mcminty
Moderating your content for the Australian Govt.
+879|7005|Sydney, Australia

Rosse_modest wrote:

The rocket has a constant acceleration of 4 Gs.
Why don't we just say that the guy is not on a rocket, but strapped into a centrifuge machine they use for Space training and research.

They can easily provide constant G-Force.




Some interesting stuff I found at Wiki about G-force.

Wikipedia wrote:

Strongest g-forces survived by humans
Voluntarily: Colonel John Stapp in 1954 sustained 46.2 g in a rocket sled, while conducting research on the effects of human deceleration. See Martin Voshell (2004), 'High Acceleration and the Human Body'.

Involuntarily: Formula One race car driver David Purley survived an estimated 179.8 g in 1977 when he decelerated from 172 km·h−1 (107 mph) to 0 in a distance of 66 cm (26 inches) after his throttle got stuck wide open and he hit a wall.[1]
Mcminty.
tahadar
Sniper!!
+183|7022|Pakistan/England

GotMex? wrote:

Ok I am just a nerd and have been thinking of something but I can't figure out the answer. It has to do with accelerations. So picture this:

You are strapped (voluntarily haha) to a rocket moving east doing a constant 4 G's. What would happen if you rotate your seat to face backwards instead of forwards in say 1 second? Would this be the equivalent of going from 8 to 0 g's in 1 second? I can't exactly picture what would happen. Part of me thinks it would mean nothing because your body everything is still accelerating in the east direction. But then again, your internal organs would be pressing in a different direction this time.

Please let me know what you think, I'm kinda curious to see if this could potentially be hazardous to the body.
when your rocket is accelerating at 4 g's, the force is upwards, while the force required to turn the seat around is towards the center of the seat (think circular movement) so i dont think the person will experience 8 gs

mcminty wrote:

Rosse_modest wrote:

The rocket has a constant acceleration of 4 Gs.
Why don't we just say that the guy is not on a rocket, but strapped into a centrifuge machine they use for Space training and research.

They can easily provide constant G-Force.




Some interesting stuff I found at Wiki about G-force.

Wikipedia wrote:

Strongest g-forces survived by humans
Voluntarily: Colonel John Stapp in 1954 sustained 46.2 g in a rocket sled, while conducting research on the effects of human deceleration. See Martin Voshell (2004), 'High Acceleration and the Human Body'.

Involuntarily: Formula One race car driver David Purley survived an estimated 179.8 g in 1977 when he decelerated from 172 km·h−1 (107 mph) to 0 in a distance of 66 cm (26 inches) after his throttle got stuck wide open and he hit a wall.[1]
Mcminty.
heres a 193G crash..pretty insane:

http://www.youtube.com/watch?v=-fdCsoIh2_E

Last edited by tahadar (2006-09-03 04:12:41)

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